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    • 3. 发明申请
    • TRANSPORTATION SYSTEM
    • 运输系统
    • WO2014195708A1
    • 2014-12-11
    • PCT/GB2014/051732
    • 2014-06-04
    • GODWIN, Michael
    • GODWIN, Michael
    • B66B9/00B66B11/00B66B7/04
    • B66B11/043B66B7/042B66B9/00B66B11/005
    • A transportation system includes a track structure supporting one or more tracks along which cabins may travel. The track structure (2) contains the means of propulsion and extends the full length of travel of the cabins (1) and supports and guides the passenger carrying cabin(s). The means of propulsion is generated by connecting the passenger carrying cabin(s) to a rod (32) that successively engages a number of pairs of pinch rollers (40, 41) which are each driven by motors (42) located along the track (2). The pinch rollers are arranged such as to provide the necessary clamping force such that they propel the rod in the direction of travel without slip. The transportation system is suitable for installation both internal and external to building structures and enables cabins to be transported vertically, horizontally and around curved geometries.
    • 一种运输系统包括一个轨道结构,该轨道结构支撑一个或多个车厢可以行驶的轨道。 轨道结构(2)包含推进装置,并延伸舱室(1)的全长行程,并支撑和引导乘客运送舱。 推进装置是通过将乘客运送舱连接到杆(32)而产生的,杆(32)连续地接合多对夹送辊(40,41),每个夹送辊由沿着轨道的电动机(42)驱动 2)。 夹送辊布置成提供必要的夹紧力,使得它们在行进方向上推动杆而不滑动。 运输系统适用于建筑结构的内部和外部的安装,并使船舱能够垂直,水平和绕弯曲的几何形状运输。
    • 5. 发明申请
    • エレベータ用巻上機及びエレベータ用巻上機の軸受交換方法
    • 电梯用电梯机和电梯更换方法
    • WO2006085458A1
    • 2006-08-17
    • PCT/JP2006/301643
    • 2006-02-01
    • 三菱電機株式会社丸山 直之
    • 丸山 直之
    • B66B11/08B66B7/00
    • B66B11/043B66B11/0438
    •  機械室のないエレベータで、一方向から容易に軸受の交換作業を可能とするエレベータの巻上機において、磁気回路を構成して電磁力を発生するステータ2を固定するハウジング1と、軸受4の内輪側にはめあい可能で、軸受4をステータ2の軸中心と同軸となるように配置させることができ、ハウジング1の軸中心側に設けられた空洞部に着脱可能に固定される固定軸3と、固定軸3に配置される軸受4の外径とはめあい可能で、ハウジング1の空洞部を通過することができる、回転子の一方を構成する軸受ボス5と、ステータ2と所定の空隙を有し、磁路回路を構成し、内側に位置する軸受ボス5に着脱可能に固定されると共に、ハウジング1と直接的または間接的に固定可能なロータ6とを備えた。
    • 一种用于不具有容易的单向轴承更换工作的机房的电梯的升降机式起重机,所述起重机包括构成磁路的壳体(1)并固定电磁力产生定子(2) ,能够安装在轴承(4)的内圈侧的固定轴(3)能够使轴承(4)与定子(2)的轴心同轴配置,并且可拆卸地固定 到设置在壳体(1)的轴向中心侧的中空部分,可以安装在设置在固定轴(3)上的轴承(4)的外径上的轴承凸台(5)可以穿过 壳体(1)的中空部分,并且构成转子的一部分,并且与定子(2)具有特定间隙的转子(6)构成磁路,可拆卸地固定到轴承凸台(5) 并且可以直接或间接地固定到壳体(1)。
    • 7. 发明申请
    • GEAR FOR SYSTEMS USED TO CONVEY PEOPLE
    • 档位而客运植物
    • WO9919095A3
    • 1999-09-16
    • PCT/EP9806534
    • 1998-10-15
    • TREUGUT ANDREASMILITZER OTTO MICHAEL
    • TREUGUT ANDREASMILITZER OTTO MICHAEL
    • B66B11/04F16H1/20F16H57/033B66B23/02F16H1/14
    • B66B11/043F16H1/203F16H57/033
    • The invention relates to a gear for systems that are used to convey people, especially escalators, moving pavements or lifts. The inventive gear is embodied as a hypoid spur toothed wheel with a hypoid drive (1) in step 1. The gear housing has a central area which is configured as a highly rigid rotating frame with a side wall joined thereto and to which at least one large-surface lateral housing cover is assigned, thereby providing a particularly compact rigid design structure for both the housing and gear shafts in addition to facilitating substantial pre-mounted assembly of the components of the inventive gear. The rigid rotating gear frame and the large-surface lateral cover enable a plurality of space-saving assembly variations to be incorporated into the conveyor systems via the feet or flange facings.
    • 它是用于客运系统的传输,特别是自动扶梯,自动,其被设计为准双曲面齿轮单元描述人行道或升力,与在第一阶段a的准双曲面驱动器(1)。 齿轮壳体具有被构造为与随后侧壁非常刚性的周边框架和所述至少一个大面积的侧壳体盖被分配的中心区域。 因此,两个壳体的特别紧凑且刚性的设计和齿轮轴以及传动元件的一个简单的,大的预组装的组件是可能的。 刚性周齿轮框架和大面积的侧罩允许在脚和凸缘,各种在输送机节省安装空间变化。
    • 9. 发明申请
    • ELEVATOR CARRIAGE SUPPORT STRUCTURE
    • 电梯运输支援结构
    • WO2017010926A1
    • 2017-01-19
    • PCT/SE2016/050638
    • 2016-06-28
    • ARTICULATED FUNICULATOR AB
    • KING, Fritz
    • B66B9/10B66B3/02
    • B66B11/0206B66B7/04B66B11/043B66B2009/006
    • Support structure (10) for supporting a carriage (14) on a track (12) of an elevator system, where the support structure (10) comprises a track coupling arrangement (16) for movement along the track (12), a carriage support member (30) configured to rotatably support the carriage (14) for rotation about a pitch axis (32), and a linkage mechanism (24) connected between the carriage support member (30) and the track coupling arrangement (16), wherein the linkage mechanism (24) is configured such that the support structure (10) can be moved between an expanded state and a collapsed state, where the pitch axis (32) is closer to the track (12) in the collapsed state than in the expanded state.
    • 用于在电梯系统的轨道(12)上支撑滑架(14)的支撑结构(10),其中支撑结构(10)包括用于沿轨道(12)移动的轨道联接装置(16) 构件(30),其构造成可旋转地支撑所述滑架(14)围绕俯仰轴线(32)旋转;以及联动机构(24),其连接在所述滑架支撑构件(30)和所述轨道联接装置(16)之间,其中 连杆机构(24)被构造成使得支撑结构(10)能够在展开状态和折叠状态之间移动,其中俯仰轴线(32)处于折叠状态下比在展开状态下更靠近轨道(12) 州。